Why is the cu*ng quality poor on my Jasic Cut 160?
Poor cu*ng quality with your Jasic Welding System might be due to incorrect operation of the cu*ng torch. Ensure you are using it correctly. Also, inspect the wearing parts of your system for any damage or wear and replace them if needed.
What to do if arc cannot be transferred onto the workpiece with Jasic Cut 160 Welding System?
If the arc won't transfer to the workpiece with your Jasic Welding System, start by cleaning the contact area of the work clamp and the workpiece to ensure a good metal-to-metal connection. Next, inspect the work clamp for any damage and repair if necessary. Finally, ensure the cu*ng torch isn't too far from the workpiece; move it closer and try again.
Why does the arc crack and hiss on my Jasic Welding System?
If the arc cracks and hisses when using your Jasic Welding System, check the gas filter element for pollution and replace it if necessary. Additionally, inspect the gas circuit for water and install or repair the gas filter connected to the power supply if needed.
How to fix gas lack indicator on Jasic Cut 160?
If the gas lack indicator illuminates yellow on your Jasic Welding System, first, check that the gas supply circuit is correctly connected to the power supply and that the circuit is powered on. Second, check the gas supply circuit for any leaks and test the input gas pressure.
Precautions to prevent electric shock during operation and installation.
Guidelines for ventilation and avoiding hazardous welding gases.
Protecting eyes and skin from arc rays and preventing burns.
Measures to avoid fires caused by sparks, hot materials, or explosions.
Protecting against moving parts and noise hazards.
Awareness of risks to medical equipment from magnetic fields.
EMC and RF compliance information for the equipment.
Guidelines for safe disposal and recycling of the equipment.
Safe handling practices for compressed gas cylinders and regulators.
Details on the advanced inverter technology and cutting capabilities.
Industries and materials where the plasma cutter is used.
Identification and description of controls on the front panel.
Unpacking, location selection, and initial setup checks.
Connecting power, work cable, torch, and air supply.
Procedure for adjusting pilot arc gas pressure.
Details on the P150 torch and wearing part lifespan.
Step-by-step guide to assembling the cutting torch.
Tables detailing cutting capabilities and parameters for different materials.
Important tips and recommendations for performing cutting tasks.
Daily, monthly, and yearly maintenance tasks.
Common malfunctions and their causes and solutions.
General| Cutting Current | 160A |
|---|---|
| Duty Cycle | 60% at 160A |
| Maximum Cutting Thickness | 50 mm |
| Protection Class | IP21S |
| Rated Duty Cycle | 60% |
| Efficiency | 85% |
| Power Factor | 0.93 |
| Insulation Class | F |
| Output Current | 160A |
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